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3.5 GENERAL OPERATING CHARACTERISTICS
This paragraph describes the general operating characteristics of the product purchased.
The harvesting head and the handle combined with the extension pole constitute the general type of complete tool
that is intended for harvesting olives and coffee.
The operating principle of the tool is to shake the tree branches by the teeth (13) that the harvesting head (12) is
equipped with, causing the fruit to fall off.
The harvesting head houses the motor and the mechanism that creates the movement of the two supports (14) that
house the teeth.
The technopolymer supports (14) and the carbon fibre teeth (13) make the head extremely light and strong.
The head is equipped with a clamp that allows the telescopic extension pole to be attached with screws (16).
The telescopic extension pole (6) is an accessory and is not included with the machine. It is equipped with a quick-
lock system for length adjustment and has an extensible cable that transmits power supply to the motor located inside
the harvesting head.
Two types of handles (1 and 2) are available for this tool:
➢ Master with Handle (1). The tool must be powered exclusively by a 12V lead-acid battery (not supplied) via the
supplied 13 m long power cable (18) complete with connector for the tool and connecting clamps (19) for the
battery.
➢ Master with Plug-in handle (2). The tool can be powered by a 12V lead-acid battery (not included) via the
power cable (not included) as shown above, or it can be powered by a 21.6V Lithium-Ion battery (not included).
The 'product table' diagram (par. 2.1.1) summarises the different versions of the unit, to allow the tool to be
configured according to work requirements.
CAUTION!
It is absolutely forbidden to start the engine of any vehicle with the product's power cable connected to the
battery via the cable clamps.
CAUTION!
It must be noted that the product was solely designed and built for the purposes mentioned above.
3.6 BATTERY USE
The following section contains general information and rules, which must in any case be observed, for the
correct use of plug-in batteries.
Lithium-ion batteries can explode, cause fires or generate undesirable thermal effects such as
'Thermal Runaway' if disassembled, short-circuited, damaged or handled improperly. Do not expose to
water, fire or high temperatures.
The battery is comparable to a 'reservoir' from which the product to which it is connected draws the electrical energy
required for its operation.
NOTE: In this section the term plug-in battery or battery pack may be used synonymously.
The battery consists of lithium-ion cells based on lithium chemistry, with modules connected in series/parallel and
including a management and control system for the main quantities involved in the perfect functioning of the battery
in its charge and discharge cycles.
Lithium-ion battery technology has become very widespread and is increasingly used in tools, gardening equipment
and many other applications, precisely because it can pack a high energy capacity in a compact package.
The use of lithium-ion batteries therefore has numerous benefits, but also involves situations that must always be
taken into account, also in light of the fact that lithium-ion battery technology is constantly evolving. Hence, older
batteries may have a lower performance/critical condition:
either as a result of how old/obsolete the battery is;
or if the basic rules concerning battery storage and management are not observed.
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